Automated Burner and Biogas Register for Sewage Treatment Mini Stations

E. Godoy Junior; M.A. Marcelino; J.L. Silveira; J.R. Camargo; R.C. Correa; L.N. Henrique

doi:10.4028/www.scientific.net/DDF.297-301.1097

Paper Titles

Diffusion and Secondary Carbide Precipitation in High-Speed Steels
p.1071

Influence on Olive Leaves (Olea Europaea, var. Serrana) Antioxidant Extraction Kinetics of Ultrasound Assisted Drying
p.1077

Ultrasound Effects on the Mass Transfer Processes during Drying Kinetic of Olive Leaves (Olea Europea, var. Serrana)
p.1083

Alloying Effects on the Hydrogen Diffusivity during Hydrogen Permeation through Nb-Based Hydrogen Permeable Membranes
p.1091

Automated Burner and Biogas Register for Sewage Treatment Mini Stations
p.1097

Complex Change in Superficial Layer Properties of Specimen Obtained by Metallurgical Powder under Vibration Process Method
p.1103

A New Modified Austempering to Increase Strength and Ductility Simultaneously for UHS Steels
p.1109

Ultra Fine Grain via Friction Stir Processing of 7075-T6 Grade Aluminum Alloy
p.1116

Effects of Load and Sliding Speed on Tribological Behavior of Plasma Sprayed Bronze-Alumina Coatings
p.1122

HomeDefect and Diffusion ForumDefect and Diffusion Forum Vols. 297-301Automated Burner and Biogas Register for Sewage...

Automated Burner and Biogas Register for Sewage Treatment Mini Stations

Abstract:

This paper aimed to develop a system of an automated biogas burner which records the amount of biogas burnt by a biogas low flow system. The biogas produced in miniSST (mini station of sewage treatment), biodigestors on a rural and residential, where there is a low production of biogas doesn`t economically justify its energy, it is only a case of an anaerobic waste treatment. The registration system of burnt biogas correctly calibrated may be homologated to obtain carbon credits. In these systems, of anaerobic waste treatment, due to the low flow of biogas discharged into the atmosphere includes methane it has a destructive potential 21 times greater than the CO2.The system developed was analyzed and the effects of the disposed gas produced by the burner converting it in CO2 proved to show less environmental impact. The automated system used in the small sewage treatment plants was almost insignificant when analyzed separately but when taken into consideration several systems working together there was a considerable positive environmental impact.